Introduction to Color Codes 09: Skills Check 2 (Grades 6-12)
Students will use the Timer, Speed, and Line Switch Color Codes to complete a maze of disconnected lines in less than thirty seconds. As an optional extension, students will use the Point Counter Color Codes to solve a number puzzle.
Introduction to Color Codes 05: Skills Check 1 (Grades 6-12)
Students will complete a maze to show their knowledge of the Color Codes and concepts learned in Lessons 1-4.
Introduction to Color Codes 08: Counters
Students will learn Color Codes to program Ozobot to count three things: intersections, turns at intersections, and changes in path color. Students will also learn how to use the Point Counter Color Codes.
Introduction to Color Codes 04: Direction
Students will explore the random choice Ozobot makes at intersections when not programmed to turn a certain direction. They will also program their bot to turn a specific direction at intersections and gain experience using u-turn codes.
Introduction to Color Codes 03: Special Moves and Win
Students will learn how to draw Color Codes to program Ozobot to complete special moves.
Introduction to Color Codes 02: Speed
Students will learn how to draw Color Codes to program Ozobot to change speed.
Introduction to Color Codes 01: Basic Training
Students will discover the basics about how to use Ozobot: turning on/off, calibrating, drawing lines, and programming with Color Codes.
Think Like a Model: Large Language Model
Students will run a program to simulate training an LLM and make a prediction about the next color. Students will write the beginning of a short story, then exchange with a partner who will finish the story and design a pathway for Ozobot to follow.
Autonomous Driving Intelligence
Team up to simulate how autonomous vehicles detect and react to pedestrians using computer vision and AI! Students will program Ozobot to analyze the road ahead and make decisions about when it’s safe to cross.
AI Quality Inspection on the Assembly Line
Take on the role of a factory inspection engineer! You’ll use an AI-powered camera with your robot to check if a computer chip has all its parts, simulating how factories make sure products meet quality standards.